dover leisure centre design & service ...moderngov.dover.gov.uk/documents/s19009/annex...

Date 7th

June 2016

Issue A Contract Dover Leisure Centre Sheerwater Consultancy Limited

13 Stocks Brow, Tintwistle, Glossop, Derbyshire, SK13 1LG

Landline Mobile

01457 857264 07766 738167

Email [email protected] Registered in England

No. 4408935

DESIGN & SERVICE REQUIREMENTS

WATER TREATMENT SYSTEMS

DOVER LEISURE CENTRE

Design & Service Requirements of 4

Dover – Issue A

Scope The leisure centre is to incorporate a 25m. x 8 lane main pool and a 15m. x 8.5m. teaching pool. 1. Filtration & Water Treatment Systems

The filtration and water treatment systems are to incorporate medium pressure sand filtration with PAC (polyaluminium chloride) for coagulation, chlorine disinfection in the form of sodium hypochlorite (complimented by UV treatment) and hydrochloric acid for pH correction. The systems are to be designed in accordance with the PWTAG Guidelines together with the relevant criteria as follows:- Main Pool Volume 638m3 Turnover 3 hours Hourly Flow 213m3 Filters 2 x 2.4m. diameter vertical Filter Area Total 9.04m2 Filtration Rate 23.56m./hour Maximum Instantaneous Bathing Load (based on circulation rate)

125

Teaching Pool

Volume 120m3 Turnover 1 hour Hourly Flow 120m3 Filters 2 x 1.8m. diameter vertical Filter Area Total 5.09m2 Filtration Rate 23.6m./hour Maximum Instantaneous Bathing Load (based on circulation rate)

71

2. Balance Tank

A balance tank is to be incorporated for each of the systems and these are to be located under the pool surround at the side of each respective pool. The positions and physical sizes of the tanks are to be agreed with the Architect and Structural Engineer and tanks are to comply with the requirements in relation to the Regulations on ‘Access to Confined Spaces’ and the Recommendations laid down by PWTAG. Main pool minimum operating volume 35m3 Teaching pool minimum operating volume 20m3


Dover – Issue A

3. Filter Backwashing

It is proposed that filter backwashing will be carried out at the end of each operating day. Under normal bathing load conditions it will probably be necessary to wash each filter once per week, but this may increase during heavy bathing load periods. At the current time, on most new swimming pool projects it is usual practice for the local Water Company to limit the flow rate to foul to within approximately 5 litres/second. If this Regulation is applied on this particular contract it will be necessary to include an attenuation/backwash holding tank as part of the drainage systems. The size of the tank is to be based on the following:- Item Each of the

Main Pool Filters

Each of the Teaching Pool Filters

Backwash flow rate 38 itres/second 22 litres/second Length of backwash process

7 minutes 7 minutes

Volume discharged 15.96m3 9.42m3 Assuming that the attenuation tank is allowed to drain after backwashing each filter, the tank would have to have a minimum operating volume capacity of 16m3. If it is necessary to design the system to enable two filters to be washed consecutively, then the volume of the tank would have to be increased to 32m3. The engineer responsible for drainage is to determine how the tank is to be drained to foul and vented.

4. Drainage Requirements

4.1 Approximately five drainage gullies will be required in the floor of the filtration plantroom. 4.2 DRENCH SHOWER DRAINAGE STILL TO BE DECIDED.

5. Services

5.1 Electrical Electrical supplies will be required as follows:-

Main filtration plantroom 50Kw. All the above supplies are to be 415 volt, 3 phase and neutral and the above figures do not take into account power factor correction.


Dover – Issue A

5.2 Water Supply

A makeup water supply will be required, terminating at an agreed point in the filtration plantroom and this should be based on a flow rate of 2 litres/second. The maximum flow rate will be required after filter backwashing for pool water makeup. Filter backwashing is usually carried out at the end of the operating day, which allows the pool water makeup to operate overnight when the demand for water in the remainder of the building is low. Additional water supplies will be required for the following:-

• The sink in the main plantroom.

• Hose down point in the main plantroom.

• Hose down point in each of the chemical rooms.

• Drench shower in each of the chemical rooms.

5.3 Heat Requirements

We assume that low pressure hot water will be provided to initially heat the pool water, raising the volume of the water temperature by 0.50C per hour. Plate heat exchangers should be provided as part of the filtration contract and it is usual practice, for the controls on the low pressure hot water side, to be provided by the mechanical contractor. LPHW – 700C supply and 500C return. Pool Anticipated Pool

Water Temperature

Anticipated Heat Load

Main 28 - 290C 371Kw. Teaching 29 - 300C 70Kw.

6. Ventilation

6.1 Chemical Rooms

Whilst the PWTAG Guidelines indicate that natural ventilation is acceptable it would be preferable to incorporate forced ventilation, the recommended rate being four air changes per hour.

6.2 Filtration Plantroom

The mechanical and electrical consultant should assess whether or not forced ventilation is required in the main plantroom, giving consideration to the fact that this room also accommodates the boilers, electrical equipment etc.

June 16

Dover Leisure Centre

MEP Basis of design stage 2 report

Doc No: P2007256 – WLC_BDP_ZZ_ZZ_RP_MEP_ZZ_0002 Issue: Stage 2 Rev: P01 Date: June 2016 Author SS/AM Checked SM

Dover Leisure Centre MEP Basis of design stage 2 report 1

Contents

1.0 Executive summary

2.0 Qualitative requirements

3.0 Quantitative requirements

4.0 Part L

5.0 Information required

Appendix A – BDP MEP Planning deliverables

Appendix B – Basis of Design

Revision History: Revision Description Issued by Date Checked

P01 Stage 2 Issue AM 16.06.2016 SM


1.0 Executive Summary

This document has been produced to record the current interim stage 2 basis of design, and the MEP process

through to issue of planning information.

The general approach to the MEP servicing strategy is as follows;

BDP programme and deliverables provided in the appendices.

Adoption of mechanical ventilation strategy in line with requirements of the building function.

Design of the MEP systems to be primarily as below with early supply chain engagement to drive

efficiencies: -

o Standard above ground drainage by services, o Rainwater harvesting required. o Rainwater design by GT Architect o Domestic water services to break tank and booster set with hot water generation o Heating options under consideration

Gas fired boilers with lead CHP plant complete with thermal buffer o Air source heat pumps and heat recovery for cooling in Gym, etc. o Variable speed air handling plant for pool, gym, studios, spinning, wet and dry changing areas o Consideration for natural ventilation to general circulation and hall – subject to suitable flow rates

Pool Process plant sketch information has been provided by Sheerwater and interpreted onto layout

drawings BDP MEP sketch Drawings included as Appendix.

Requirements to meet general development guidance and the intention is to improve upon the carbon

requirements of Part L 2013 by up to 10% by being LEAN and MEAN any further enhancement to this

would be proposed by renewables following a suitable feasibility study (likely options are micro CHP, solar

thermal, solar photovoltaics and air source heat pumps) i.e. BE GREEN.

Requirement to meet the brief requirements of BREEAM VERY GOOD

No spare capacity to be allowed within the mechanical systems design beyond standard engineering

margins.

25% spare capacity to be allowed for within electrical distribution systems for future load increases.

20% spare capacity to be allowed for data cabling future requirements.

There is currently no requirement for Sprinklers system and/or gas suppression within ICT server room

GT Architects to incorporate full plant, risers and horizontal distribution requirements as indicated upon the

MEP spatial requirement sketches.

Room data sheets will be developed during the stage 3 process.

Public Address system will be provided.


Assumption of limited use of access control and CCTV provisions will be included.

Fire alarm system design category to be advised by the Fire Consultant

2.0 Qualitative Requirements

The following standards and guidance will be followed in the design of the MEP design of the leisure centre;

10% Improvement on the requirements of part L.

BREEAM Very Good.

Generally the mechanical & electrical services shall be designed in compliance with current editions of:

The Gas Safety Regulations

BS EN 12056 – Above ground drainage

BS EN 806 – Specifications for installations inside buildings conveying water for human consumption

BS 6173 Installations of gas-fired catering appliances for use in all types of catering establishments (2nd and 3rd family gases)

CIBSE Design Guides Building Services Industry Standards

CIBSE Guide A: Environmental Design

CIBSE Guide B: Heating, Ventilation, Air-Conditioning and Refrigeration.

CIBSE Guide F: Energy Efficiency in Buildings

CIBSE Guide G: Public Health Engineering.

CIBSE Guide H: Building Control Systems.

CIBSE Guide L: Sustainability

CIBSE Applications Manual 10: Natural Ventilation in Non-Domestic Buildings:

CIBSE TM13 – Minimising the Risk of Legionnaires Disease.

Sport England – Swimming Pool Design Guidance Note

Sport England – Badminton Design Guidance Note

Sport England – Artificial sports lighting design guide 2012

Sport England - Sports halls: Design and Layouts design guide

Sport council - Swimming Pools Guidance Notes - Building Services

Standards for Swimming pool - SPATA - Volume 02

Institute of Gas Engineering Publication IGE/UP/1&2

IM25 – Gas safety in educational premises

BREEAM

BS 8300, Design of buildings and their approaches to meet the needs of disabled people

ISO 11801 - 2nd Edition International Standards

BS7671 - Requirements for Electrical Installations / IET Wiring Regulations

BS 8206-2 Lighting for Buildings: Code of Practice for Daylighting

BS EN 12464-1 Light and lighting - Lighting of work places. Indoor work places

BS EN 12464-2, Light and lighting - Lighting of work places. Outdoor work places


SLL Code for Lighting:

BS EN 5266-1 – Code of practice for the emergency escape lighting of premises

BS EN 1838 – Lighting applications - emergency lighting

Industry Standard 1006:2012 – Emergency lighting design guide

BS EN 5489-1 – Code of Practice for the Design of Road Lighting, Lighting of roads and public amenity areas

BS EN 13201-2 – Code of Practice for the Design of Road Lighting

BS EN 50173-1, 2, 3 – Information technology - Generic cabling systems

BS 6701 – Telecommunications equipment and telecommunications cabling - Specification for installation, operation and maintenance

BS EN 50346 – Information technology. Cabling installation. Testing of installed cabling

ANSI TIA EIA 568-B – Commercial Building Telecommunications Cabling Standard

BS EN 50174-1, 2 and 3 – Information Technology Cabling Installations.

BS EN 50131 – Alarm systems - Intrusion and hold-up systems. System

BS 50133 – Alarm systems. Access control systems for use in security applications.

BS EN 60839-11-2 – Alarm and electronic security systems. Electronic access control systems - application guidelines

National Code of Practice 104

EN 62676-4 – Video surveillance systems for use in security applications.

BS6259 Public Address

BS 5839-1 – Fire detection and fire alarm systems for buildings. Code of practice for design, installation, commissioning and maintenance of systems in non-domestic premises

BS 5839-9 – Fire detection and fire alarm systems for buildings. Code of practice for the design, installation, commissioning and maintenance of emergency voice communication systems

BS 8519 – Code of Practice for Selection and installation of fire-resistant power and control cable systems for life safety and fire-fighting applications

BS EN 50310 – Code of Practice for Application of equipotential bonding and earthing in buildings with information technology equipment

BS7430 - Code of Practice for protective earthing of electrical installations

BSEN 62305 – Code of Practice for protection of structures against lightning

NJUG Volume 1 Guidelines On The Positioning and Colour Coding of Underground Utilities’ Apparatus

BS EN 81 – Lifts and service lifts. Safety rules for the construction and installation of electric lifts.


3.0 Quantitative Requirements

The following describes the approach to servicing being adopted for the stage 2 design.

Service Solution Reasoning

Below Ground pipework By others By others

Above Ground Drainage PVC pipework to be utilised for soil and

waste above ground drainage.

Utilising plastic pipework will provide cost

saving.

Rainwater Harvesting Capture into tank within the building

basement level

Mains cold water New incoming main to feed potable

water and potential fire hydrant

A new application for a water connection

will need to be made approximately 3.5l/s

for the potable and circa 1500l/min for the

hydrant.

Domestic cold water Storage tank and booster set for potable

water

To maintain suitable system pressure

and to hold a capacity in the building

should the external mains fail.

Storage tank and cat 5 for washdown

and similar supplies

To comply with water regulations

Domestic hot water Heat interface units connected to LTHW

distribution.

Towards part L 2010

Natural Gas Low pressure natural gas will be

provided to plantroom equipment

A new supply for approximately 1300kW

will be required. Engage with the gas

shipper for availability.

Heating Generation :

CHP, boilers and VRF systems

Distribution :

LTHW to AHU’s, radiators and under

floor heating

Towards part L 2013 + 10%

CHP works well with constant heating

load of the two swimming pools


Electric Door curtains

Cooling VRF– to FCU’s in server room / comms

room + fitness suite and activity studio.

Eco-cooler type DX AHU for activity +

fitness.

Utilise VRF & DX units to provide

electrical demand for CHP.

Ventilation Centralised air handling units, zoned to

suit areas being served. In changing

rooms provide egg crate grills. Variable

Flow AHU to Pool Hall.

Centralised air handling units meet

design requirements.

Energy Metering Extensive energy metering to be

provided along with an energy

management system on the BMS

Good practice to allow MC to control

energy costs.

‘Renewables’ CHP, Solar thermal and Solar PV

potential to be investigated further

To meet planning requirements and

generate savings. Further renewable

requirements to be on risk register until

part L model produced.

Incoming electrical

Supply

A new LV supply will be derived from a

new 500kVA sub-station located

internally to the building.

Site investigation required.

To accommodate the current anticipated

maximum demand and any future

expansion if required

Spare capacity available at local sub-

stations. Site investigation required.

Incoming Telecoms To be provided by ISP and Network

specialist via diverse routes.

Provides for resilient, secure

configuration of incoming network

services.

Mains Distribution The main LV switchboard to comprise of

an 800A switchboard. The switchboard

to comprise ACB / MCCB incomer with

MCCBs for outgoing services.

Automatic power factor correction to be

provided to the main switchboard.

To accommodate the current anticipated

maximum demand and any future

expansion if required

Submains Distribution Sub-main cablings from main

distribution panel (via sub distribution

Cost effective solution for low rise

buildings with low number of sub-mains


panels if required) on containment in

voids where possible.

The sub-main distribution to take the

form of XLPE/SWA/LSF multi core

cables run from the main switchboard, to

local distribution boards positioned in

the plantrooms and electrical cupboards

and stores. Where an area and facility

requires supplies of differing levels of

integrity separate distribution boards to

be provided for each level of supply.

The distribution boards are to be of the

wall mounted type with MCCBs or

MCB’s providing protection to the

outgoing circuits.

The local distribution boards to be either

type “A” or “B” single or three phase as

required, generally having type ‘B’ and

‘C’ MCB’s providing protection to the

outgoing circuits.

UPS / Essential supplies UPS space provision only in hub/comms

rooms.

Essential supplies to life safety systems

to be included with relevant system

where needed.

Swimming pool to be provided with

central battery system for safe lighting.

Decentralised approach to UPS meaning

no single point of failure for all systems

Containment systems Primary containment is to be provided

within ceiling voids where possible, via

combination of cable ladders and

medium/heavy duty cable trays for

submain cables, cable baskets for Data,

fire alarm, security and other ELV items,

trunkings for lighting and power

Robust re-wireable installation for power

and cost effective easily maintainable for

data/ELV cabling


Secondary containment is to be

provided via conduits & dado trunkings

for various electrical installation.

Small Power To suit ICT & FF&E Requirements.

Cleaners sockets throughout

To meet operational requirements of the

building

Lighting Lighting is to be provided throughout all

areas of the building to achieve the

required lighting levels and uniformity

ratios. The light levels are the average

maintained illumination levels, taking

into account maintenance factors, lamp

lumen depreciation, colour and texture

of finishes, furniture and equipment

(including nets, curtains etc.) and glare

control.

The lighting design in a badminton hall

must take into consideration the

requirements for provision of:

A safe environment for players

Effective illumination of the

shuttlecock and court markings

to aid players and to assist

match officials in the execution

of their duties

Suitable and sufficient lighting

for spectators.

Light fittings not to be mounted above

the pool to facilitate maintenance.

Light fittings to be directed so as to avoid

glare or reflection to bathers and staff.

The use of uplighters is preferred as

opposed to using direct lighting.

Providing reliable and evenly spread

artificial underwater lighting can be

difficult to achieve. Underwater areas

To provide general lighting to the general

environment and working plane

considering energy efficiency,

maintenance, colour, appearance,

rendition, and glare control.


left in shadow can be detrimental to the

ability to see objects clearly in the pool.

Underwater lighting therefore requires

careful specialist design and would form

part of the swimming pool specialist

package.

Emergency Lighting Luminaires that are normally operational

are utilised to provide the emergency

lighting.

Generally emergency lighting to be

provided by integral self-contained

emergency packs within normal

luminaires. This system to provide 3-

hour backup for all the emergency

luminaires.

Pool hall lighting to consist of self-

contained / central battery system flood

packs to IP65, positioned around the

perimeter of the pool to provide 5lux

minimum for 3hrs (general emergency

lighting) and 5% of the maintained

illuminance for 30s (for safe stopping of

an event)

To provide emergency lighting to escape

routes and open areas. Locate

emergency exit signs to define clear and

unambiguous escape routes.

External Lighting Lighting to any external walkways to be

provided to allow egress and access to

the space with emergency fittings

installed as required by Building Control

and Approved Inspector Services to the

requirements of BSEN 5266-1 and BS

EN 1838

To provide safe movement into and

around the building during hours of

darkness

Clocks Auto updating battery clocks throughout To be provided as part of FF&E package

(not included in MEP package)

Induction Loops Provided at main reception desk,

swimming pools, studio and fitness suite

Portable unit also to be provided

Areas where 1 to 1 interaction is

commonplace and key locations for

announcements and media requirement.


Portable loop to allow flexibility in use.

Disabled Refuge Alarms At each disabled refuge point TO BS5839 and BS8300

Fire Alarms An addressable analogue AFD system

to be provided in the building in

conformity with BS 5839 Part 1. This to

cover horizontal and vertical escape

routes and any identified areas of

enhanced fire risk.

The system to include detector devices,

break glass call points, and sounders,

on all escape route and vulnerable

spaces, smoke detection to be included

within all voids/ ceiling voids with a

greater height than 0.8 m.

Call points to be sited at final exits and

other locations such that no one has to

travel more than 30m to a call point.

As per Fire Consultant’s advice.

Security Systems Motion detection and door contacts to

protect all entry points and accessible

ground floor areas and circulation

spaces

To ACPO, NACOSS and Sports England

requirements

Accessible alarms

Each designated accessible toilet to be

provided with an independent alarm

system. All accessible alarms to be

remotely monitored at the reception

area.

Poolside alarms

Each lifeguard position to be provided

with an independent alarm system.

All alarms to be remotely monitored at

the reception area

Drowning alarms for swimming pool with

repeaters at Reception and Plantroom

To provide alerting alarm for people with

disability or when anybody is in need in

the swimming pool


Access control Electronic access control limited to

secured areas requiring frequent usage

and main entrances, IT hub/server

rooms

Based on previous similar leisure

projects

Intercom Audio 2 way system only at Vehicle

entrances to site, main entrance and

plant room external access

Based on previous similar leisure

projects

Public Address / Audio

Equipment

A separate non-emergency public

address system shall be provided to

building. This shall have its own

dedicated announcement and control

system.

The system shall be capable of being

zoned off so that different areas can be

either isolated or the volume controlled

locally.

The system shall be linked into the fire

alarm system so that the system does

not operate during a fire alarm condition.

To broadcast various announcements

and TV/Radio/Audio signals throughout

the building from a central source

CCTV Coverage to building perimeter, main

entrances, reception, changing room

exit to lobby and circulation spaces only.

CCTV may also be used for the purpose

of the drowning alarm in the swimming

pool depending on the final solution

To monitor entrance and exits building

and common circulation to help deter

intruders & criminal behaviour

TV Aerial Multi receiver points on roof and utilise

IPTV via ICT network. Leisure to provide

Distribution active equipment

Flexibility in TV locations and removing

need for independent distribution system

Vertical Transport 2 No. in total

Requirement of Evacuation lift to be

confirmed

In line with design for access document

In line with Fire strategy report


Lightning Protection

System

A fully enclosing lightning protection

system to be provided to protect the new

development utilising the building

structure where possible e.g. Copper

lightning tape fixed to steelwork. The

complete installation to include bonding

of all new roof projections as required to

meet the requirements of BS EN 62305-

1.

Work in progress issued to the team for coordination and information are;

MEP P2007256 Deliverables

Drawing Ref Drawing Description Type Size Scale 08/0

6/2

016

16/0

6/2

016

DLC-BDP-ZZ-00-DR-MEP-ZZ-0001 LEVEL 00 - COMBINED SERVICES PLANTROOM

PDF A0 1:50

DLC-BDP-ZZ-00-DR-MEP-ZZ-0002 COMBINED SERVICES ROUTE - LEVEL 00 PDF A1 1:50

DLC-BDP-ZZ-01-DR-MEP-ZZ-0001 LEVEL 01 - COMBINED SERVICES PLANTROOM

PDF A0 1:50

DLC-BDP-ZZ-01-DR-MEP-ZZ-0002 COMBINED SERVICES ROUTE – LEVEL 01 PDF A1 1:50

DLC-BDP-ZZ-02-DR-MEP-ZZ-0001 ROOFTOP AHU/COMPOUND – LEVEL ROOF PDF A0 1:50

DLC-BDP-ZZ-ZZ-DR-E-70_30-0001 ELECTRICAL DISTRIBUTION AND TRANSMISSION SYSTEMS

PDF A0 NTS

WLC-BDP-ZZ-ZZ-SH-MEP-ZZ-0001

SCHEDULE OF MAJOR PLANT PDF A3 NA

SK. SLOU-01 FILTRATION PLANTROOM PDF A3 NTS

Design & Services Requirements Issue A doc WORD A4 NA

DLC-BDP-ZZ-ZZ-DR-M-60-0001 SCHEMATIC - HEATING, COOLING AND REFRIGERATION SYSTEMS

PDF A0 NTS

DLC-BDP-ZZ-ZZ-DR-M-65-0001 SCHEMATIC - VENTILATION AND AIR CONDITIONING SYSTEMS

PDF A0 NTS


4.0 Part L

The part L assessment thus far has been to compare this centre with other centres and the measures necessary

to achieve Part L compliance. The approach on all other centre has been consistently

BE LEAN measures to reduce the dependence on energy by optimising the orientation, shading and fabric

performance of the building.

BE MEAN utilise high efficiency plant and fittings to minimise energy consumption

BE GREEN when all the above measures are taken then the amount of green energy from photovoltaics or similar

can be optimised to achieve the required carbon reductions at minimum expenditure

The calculations assume the following none MEP parameters are within the cost plan;

Generally U-values are 20% lower than Part L 2013 allowances.

Window U-values are 1.1 Centre panes, 1.5 overall.

East, West, South facing glazing has either G Value of 0.4 or achieves the same via external solar shading.

Input required regarding curtain wall system.

Air permeability is 3 m3/m2/hr@50Pa

Full metering and sub-metering throughout with separate metering for lighting and power


5.0 Information Required

Stage 2 Information required schedules Information required From Who


Appendix A – BDP MEP Planning Deliverables

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Appendix B – Basis of design

GT 3 Architectural Layouts –

15042- SK(020) – Ground and First Floors, As Proposed 15042- SK(021) – Site Plan, As Proposed Area Schedule

Whitefield Leisure Centre

Schedule of Major Plant

Job No: P2007256 Doc No: WLC-BDP-ZZ-ZZ-SH-MEP-ZZ-0001 Issue: Stage 2 lite Rev: P01 Date: 08 June 2016

Whitefield Leisure Centre Schedule of Major Plant June 2016

Page 2 of 8

08/06/2016

Issue Status

Revision Description Issued by Date Checked

P01 Stage 2 Issue AM 08-06-2016 SM


Page 3 of 8

08/06/2016

Schedule of Major M+E Plant Items

Plant Item/ Specification Load / Duty / Capacity/Size Quantity Manufacturer Preliminary design based on

Location Comments

Rainwater harvesting tank

15,000 litres [requires assessment from BREEAM calculator to determine final capacity]

May be a Sport England funding requirement

1.8m dia x 8m 1 No. Monsoon or equivalent External buried One piece moulded tank with access manholes for inspection, inlet chamber with filter, weir and discharge chamber complete with suction connection and all level controls

Rainwater filter unit and tank 1.5m x 1.5m x 1.2m 1 No. Monsoon or equivalent External buried One piece tank with access chamber enclosing a leaf filter unit

Rainwater booster set and control panel TBC 1 No Monsoon or equivalent Basement plantroom

Sufficient to supply all toilet flush cisterns

Sump pumps 1 No.? Basement plantroom

Depending on invert levels but expect at least the basement should have a sump pump. Possible that the buried rainwater and backwash tanks will need sump pumps externally

Mains cold feed into the building using protectaline or similar barrier pipe

Buried boundary to basement

Unknown ground condition will require barrier pipe unless there is some assessment that mains will remain potable

Main Cold Water Storage Tank.

4,000 litres

2.0m x 1.5m x 1.5m high 1 No. Nicholson plastics Basement Plantroom

GRP sectional divided tank with ball valve housings screened warning pipe and overflow, low level alarm. Tanks shall comply with Water Supply Regulations and Amendment 1999, BS EN 13280.

Tank mounted on frame over cold water booster set.

Main Cold water booster set.

Flow rate: TBC

1 set. Grundfos/ Pressmain Basement plantroom

Three inverter driven pumps - duty, assist, standby, skid mounted with control panel.

Change over on run and standby pumps, variable speed driven pumps to meet safety requirements of BS EN 61800-5-1, integral controls and suitable for BMS link. Pumps manufactured and tested in accordance with BS EN 809, BS EN 60335-2-41

Cat 5 booster set and break tank 1.1 l/s at 2.7 bar 1 set Arrow boost-a-break Basement plantroom

Serves all hose bib taps

Water conditioning unit 1.5l/s 2no. Hydromag Basement plantroom

To serve the Heating and hot water generation units with treated water to prevent scale formation

Hot Water storage vessel + plate heat exchanger

4000 litres/ 1350 dia 3050 high

900 x 450 x 1800 high PHE

1No storage vessel

1 No PHE

Ormandy – Rycroft/ CHWL First floor Plantroom

Pre-Insulated stainless steel cylinder with plate heat exchanger capable of 1 hour recovery


Page 4 of 8

08/06/2016


Location Comments

Gas fired, high efficiency condensing boilers 850 kW(TBC)/ 750 w x 2200 deep x 2100 high

2 No. each at 66% duty

Remeha / EvoMod modular boilers First floor Plantroom

Gas CHP 70 kWe / 109 KW (Thermal)

3300 x 1200 x 2400high

1 No. EnerG/ Hoval Powerbloc First floor Plantroom

Note alternative option for 2 No. SAV loadtracker units

Air Source Heat Pump – VRF Outdoor Unit 118 KW Cooling(TBC)

61 KW Heating(TBC)

4300 x 760 x 1710 high

1 No. Mitsubishi/ Daikin 2nd Floor Roof Plant well

Serving Fitness suite

Air Source Heat Recovery – VRF Outdoor Unit 69 KW Cooling(TBC)

75 KW Heating(TBC)

3100 x 760 x 1710 high


Serving studio 1 & 2, multi-function space and general office areas

Power Inverter Heat Pump – wall mount split system

4.5 KW Cooling(TBC)

0.5 KW Heating(TBC)


Serving comms room on duty and standby

LTHW - Packaged pressurisation unit and expansion vessel with control system.

TBC 1 No. TBC First floor

Plantroom c/w expansion vessels, integral control panel and twin pumps.

Heating circuits.

CHP - Packaged pressurisation unit and expansion vessel with control system.

TBC 1 No. TBC First floor

Plantroom c/w expansion vessels, integral control panel and twin pumps.

Heating circuits.

CHP – LTHW Buffer Vessels

2000 litres(TBC)

1 No. TBC First floor

Plantroom

CHP- heat rejection unit 110kW 1200 x 1200 x 1300 high 1 No. TBC 2nd Floor Roof

Plant well

Underfloor heating in the Leisure Centre Size TBC TBC TBC Ground Floor Serves sports hall, general circulation, changing areas, pool surround

Primary HTG pumps to serve gas fired boilers Size TBC 2 No. single head inverter driven

TBC First floor plantroom

Single head pumps c/w variable speed drives


Page 5 of 8

08/06/2016


Location Comments

Primary HTG pumps to serve CHP Size TBC 1No.single head inverter driven

TBC First floor

plantroom Single head pumps c/w variable speed drives

Secondary HTG pumps to serve CHP Size TBC 2No.single head inverter driven

TBC First floor

plantroom Single head pumps c/w variable speed drives to serve

plate heat exchanger (domestic hot water system)

plate heat exchanger (return LTHW heating circuit)

CT HTG pumps for AHU’s

Size TBC 1 No. Twin Head, Inverter driven

TBC First floor

plantroom

Variable speed pump with remote variable speed drive. Pumps manufactured and tested in

accordance with BS EN 809, BS EN 60335-2-41

CT HTG pumps for Pool


TBC First floor

plantroom

Variable speed pump with remote variable speed drive. Pumps manufactured and tested in

accordance with BS EN 809, BS EN 60335-2-41

VT HTG pumps for underfloor heated areas.


TBC First floor

plantroom

Variable speed pumps with remote variable speed drive. Pumps manufactured and tested

in accordance with BS EN 809, BS EN 60335-2-41

Fan Coil Units to serve Fitness studio 10 KW (Cooling) TBC Approx 12No TBC Local to Room Final quantity to be confirmed

Fan Coil Units to serve studios 4 KW (Cooling) TBC Approx 6No TBC Local to Room Final quantity to be confirmed

Fan Coil Units to serve multi-function suite 4 KW (Cooling) TBC Approx 2No TBC Local to Room Final quantity to be confirmed

Fan Coil Units to serve offices 3.2 KW (Cooling) TBC Approx 6No TBC Local to Room Final quantity to be confirmed

Wall Mounted DX Split to serve comms room 4.5 KW (Cooling) TBC 2No (duty/ standby) TBC Local to Room Final quantity to be confirmed

AHU 02- Pool Hall

8.4 m3/s Supply + 8.4 m3/s Extract @ 300 pa (c/w heat recovery Plate Heat exchange, bag filters, heating coil + Inverter driven fans, mixing box

1 No. Recotherm 2nd Floor External Roof Plantroom

Motorised dampers. Filters to be F7. Channel base frame to be 300mm high. Re-circulation box required. Units shall be suitable for external mounting, c/w AV mounts external to unit. Air Handling Units shall be to BS EN 1886: 1998 Units to be suitable for pool chlorine environment

AHU 09- Fitness suite

2.7 m3/s Supply + 2.1 m3/s Extract @ 350 pa: frost coil, heat recovery unit c/w heat recovery unit thermal wheel, bag filters, heating coil + integral dx cooling coil (heat pump system), Inverter driven fans (Heating 70F 50R).

1 No. Air source (Tempair) 2nd Floor External Roof Plantroom

Motorised dampers. Filters to be F7. Channel base frame to be 300mm high. Re-circulation box required. Units shall be suitable for external mounting, c/w AV mounts external to unit. Air Handling Units shall be to BS EN 1886: 1998


Page 6 of 8

08/06/2016


Location Comments

AHU 04 - Changing Village, Pool Store, Toilets, Dry change & Viewing Area/Corridor

7.4 m3/s Supply + 7.4 m3/s Extract @ 350 pa: frost coil, heat recovery unit c/w heat recovery unit thermal wheel, bag filters, heating coil + integral dx cooling coil (heat pump system), Inverter driven fans (Heating 70F 50R).



AHU 01- Café, general office, circulation ground floor

0.2 m3/s Supply + 0.2 m3/s Extract @ 350 pa c/w frost coil, heat recovery unit thermal wheel, bag filters, heating coil + integral dx cooling coil (heat pump system), inverter driven fans (Heating 70F 50R).



AHU 10 - Studios




AHU 07- Multi-function suite




AHU 05- Squash courts





Page 7 of 8

08/06/2016


Location Comments

HRU 01- Outdoor change

0.8 m3/s Supply + 0.8 m3/s Extract @ 200 pa c/w frost coil, heat recovery unit PHE, bag filters, heating coil , inverter driven fans (Heating 70F 50R).

1 No. Air source 2nd Floor External Roof Plantroom

Motorised dampers. Filters to be F7. Unit suitable for installation in ceiling void. Air Handling Units shall be to BS EN 1886: 1998

HRU 02- Spa

1.58 m3/s Supply + 1.58 m3/s Extract @ 200 pa c/w frost coil, heat recovery unit PHE, bag filters, heating coil , inverter driven fans (Heating 70F 50R).

1 No. Air source 2nd Floor External Roof Plantroom

Motorised dampers. Filters to be F7. Unit suitable for installation in ceiling void. Air Handling Units shall be to BS EN 1886: 1998

Monodraught/ windcatcher 1.5 ach-1

6 No Monodraught Sports hall roof Natural ventilation to sports hall, volumes, size and number of windcatchers yet to be assessed

Plate heat exchangers for CHP serving LTHW circuits

Size TBC 1 No. HRS First floor plantroom

Overdoor Heaters TBC 1 No. Biddle Main Ground Doors

Electric sourced unit.

Gas meter/governer kiosk 1100kW circa 1000 x 600 x 1200 high

1No British Gas Site boundary Utility and shipper supply items

Transformer / HV Switchgear TBC by appointed Sub-contractor.

1 No UKPN preferred supplier / manufacturer.

Site boundary Sub-station to be owned and operated by UK Power Network (UKPN).

Main LV switchboard with Transient Surge Protection and Automatic Power Factor Correction.

Form 3b, Type 2 1 No. Schneider Electric. Ground Floor Plantroom

M&E Contractor to nominate preferred manufacturer

Emergency lighting cubicle 5kVA 1 No Eton Cooper Ground Floor Plantroom


MCB Boards Type B As required Schneider Electric. Plantrooms, Switch Cupboards and Store Rooms


Mechanical Control Panel basement floor TBC As required BMS contractor to name preferred supplier

Plant Rooms M&E Contractor to nominate preferred manufacturer

Mechanical Control Panel first floor TBC As required BMS contractor to name preferred supplier


Mechanical Control Panel roof TBC As required AHU and roof plant

BMS contractor to name preferred supplier



Page 8 of 8

08/06/2016


Location Comments

Mechanical Control Panel roof TBC As required Condenser plant

BMS contractor to name preferred supplier


Comms Cabinet TBC 01-02 Excel Networking Dedicated Comms room


ALL SPECIALIST POOL PROCESS PLANT TO BE DETAILED, SELECTED AND SIZED BY OTHERS but note requirement for large external attenuation tank for backwash circa 15m3-17m3.

Excludes :-

External irrigation for sports pitches

Commercial Kitchen Extract Fan : assumed to be reheat facility only

Sports Hall Air Handling Unit : Assumes wind catch solution is viable.

dover leisure centre design & service ...moderngov.dover.gov.uk/documents/s19009/annex...

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